增材制造系统对供应链的贡献

Satya Shah, Stefano Mattiuzza, Elmira Naghi Ganji, A. Coutroubis
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引用次数: 12

摘要

当前的经济压力对在供应链中扮演复杂角色的制造业中小企业构成了挑战;制造业供应链的创新需要新的方法和技术。增材制造(AM)被研究认为是可以推动这种转变的开创性和颠覆性技术。本文旨在探讨哪些措施可以采用增材制造技术作为中小企业供应链的机会。首先,文献综述着眼于中小企业在供应链中的需求和挑战,确定解决方案和策略。该研究进一步分析了增材制造对供应链的影响,评估了增材制造在这种情况下带来的好处和缺点。IT旨在检查战略地图、分析工具和合适的战术路径的使用,以在供应链中实施和集成这项技术。本文描述了开源网络的潜在影响,因此认为AM与传统技术的逐步整合对小型制造商来说是一种可行的方法。然而,有几种创新的方法,这种情况正在迅速发展。材料和机器成本的降低可以带来显著的变化。因此,建议从供应链的角度进行进一步和更新的调查,特别是在此背景下查看本研究的实际案例和示例。
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Contribution of Additive Manufacturing Systems to Supply Chain
The current economic pressures have been challenging manufacturing SMEs that play a complicated role in the Supply Chain (SC); and innovation in the manufacturing supply chain which requires new approaches and technologies. Additive Manufacturing (AM) is considered by research studies as pioneering and disruptive technology that can drive such a transformation. This paper is aimed at investigating in what measures can additive manufacturing techniques adopted as an opportunity for the supply chain in SMEs. Initially, the literature review looks into needs and challenges of SMEs in the SC identifying solutions and strategies. The research further analyses AM's impact on the supply chain, evaluating benefits and drawbacks that AM delivers in this context. IT aims to examine the use of strategic maps, analytical tools and suitable tactical paths to implement and integrate this technology within supply chain. The paper describes the potential effects of the open sources networks and hence argues that a gradual integration of AM with traditional technologies is a plausible way for small manufacturers. However, there are several innovative approaches, and this scenario is rapidly evolving. Material and machines costs reduction could deliver significant changes. Therefore, further and updated investigations from a supply chain perspective are recommended, especially looking at practical cases and examples for this study within this context.
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